设计一种伺服电机控制系统。
介绍了一种新型步进电机控制驱动器。
This article introduces a new kind of stepping motor control driver.
电机控制系统的基本知识。
最后给出了步进电机控制系统的应用实例。
Finally, the stepper motor control system application examples.
该系统可应用于步进电机控制的大多数场合。
This system can be widely used in stepping motor controlling.
并对步进电机控制部分实现进行了详细地说明。
The part of stepping motor controller is represented in detail.
采用步进电机控制，贴标精确，误差小，效率高。
It is characterized by accurate label, less error, high efficiency and step electric control.
该方法对任何种类的步进电机控制细分都有意义。
The optimization method is available for any stepping motor.
本文介绍了一种在电动清洁车上用的多电机控制系统。
This paper introduces a multi-motor control system of the electric cleaner.
L 297是一种适用于两相步进电机控制的专用芯片。
L297 is a type of dedicated chip applied in control of two phase stepping motor.
目前，电机控制是自动控制领域中极其重要的组成部分。
At present, the control of motor is an important part in auto control field.
运动速度可采用恒速，也可以通过步进电机控制变速运动方式。
The speed can be constant or be changed by the controlling of step motor.
发电机组的控制处。
能让你明白如何实现对电机速度的控制。
Allows you to understand how to realize the speed of motor control.
电机驱动部分采用的是专门的驱动芯片来实现正反转控制。
The motor drive part is used in specialized drive chip to achieve positive control.
步进电机可直接接收脉冲信号的控制，适合于数字控制系统。
Stepping motor can be controlled by pulse signal and applies to digital control system.
玻璃传送系统采用变频电机调速控制。
Glass frequency electrical transmission system using speed control.
对于直流电机速度控制系统的实现提供了一种有效的途径。
The DC motor speed control system for providing an effective way.
电机智能驱动控制系统及智能充电控制系统。
Intelligent drive motor control system and intelligent charging control system.
其矢量控制系统也是最复杂的交流电机调速控制系统之一。
Its vector control system is one of the most complicated ac adjustable speed control systems.
论文对多相永磁同步电机调速系统采用智能控制的方法进行了深入的研究。
In this paper, intelligent control methods applied in multiphase speed control system are deep investigated.
电机及其控制在国民经济中起着重要的作用。
Motor and its control play important role in nationality economy.
本论文的研究目标是感应电机无速度传感器矢量控制系统。
The study target of this paper has been sensorless vector control system of induction motors.
本设计的主要目标是完成步进电机的控制。
The main objective of this design is the completion of the stepper motor control.
本文介绍了电机的电流、速度和位置控制。
This paper describes the control of the motor current, velocity and position.
所建模型为步进电机的速度控制提供了理论依据。
The model provides an important theory foundation for the speed control of stepping motor.
驱动模块的电机速度采用PWM方式进行控制。
The velocity of motor in driver is controlled in PWM manner.
电气控制部：电控柜、电机等。
主要介绍步进电机式车载组合仪表驱动控制技术。
This paper introduces the driven control technology of Vehicle dashboard with stepping motor.
同时建立了该液压电机泵变速控制系统的数学模型。
The model of hydraulic motor pump variable speed control system is built.
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